Fiber Optic Network

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM3 rated. The cable is built in a “straight-through” configuration, also referred to as Method A....

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM3 rated. The cable is built in a “straight-through” configuration, also referred to as Method A. Additionally this product is plenum rated, allowing in-wall installation without conduit. These cables are custom made - Exchanges or refunds are NOT possible. MTP/MPO is a registered trademark of US Conec Ltd. ...

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM3 rated. The cable is built in a “reversed” configuration, also referred to as Method B....

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM3 rated. The cable is built in a “reversed” configuration, also referred to as Method B. Additionally this product is plenum rated, allowing in-wall installation without conduit. These cables are custom made - Exchanges or refunds are NOT possible. MTP/MPO is a registered trademark of US Conec Ltd. ...

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM3 rated. The cable is built in a “flipped” or “crossed pair” configuration, also referred to as...

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM3 rated. The cable is built in a “flipped” or “crossed pair” configuration, also referred to as Method C. Additionally this product is plenum rated, allowing in-wall installation without conduit. These cables are custom made - Exchanges or refunds are NOT possible. MTP/MPO is a registered trademark of US Conec Ltd. ...

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM4 rated. The cable is built in a “straight-through” configuration, also referred to as Method A....

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM4 rated. The cable is built in a “straight-through” configuration, also referred to as Method A. Additionally this product is plenum rated, allowing in-wall installation without conduit. These cables are custom made - Exchanges or refunds are NOT possible. MTP/MPO is a registered trademark of US Conec Ltd. ...

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM4 rated. The cable is built in a “reversed” configuration, also referred to as Method B....

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM4 rated. The cable is built in a “reversed” configuration, also referred to as Method B. Additionally this product is plenum rated, allowing in-wall installation without conduit. These cables are custom made - Exchanges or refunds are NOT possible. MTP/MPO is a registered trademark of US Conec Ltd. ...

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM4 rated. The cable is built in a “flipped” or “crossed pair” configuration, also referred to as...

This patch cable is terminated with female MTP connectors on both ends, has twelve fibers, and is OM4 rated. The cable is built in a “flipped” or “crossed pair” configuration, also referred to as Method C. Additionally this product is plenum rated, allowing in-wall installation without conduit. These cables are custom made - Exchanges or refunds are NOT possible. MTP/MPO is a registered trademark of US Conec Ltd. ...

This patch cable is terminated with female MTP connectors on both ends with APC polish, and twelve single-mode fibers. The cable is built in a “straight through” configuration, also referred to as...

This patch cable is terminated with female MTP connectors on both ends with APC polish, and twelve single-mode fibers. The cable is built in a “straight through” configuration, also referred to as Method A. These cables are custom made - Exchanges or refunds are NOT possible. MTP/MPO is a registered trademark of US Conec Ltd.

This patch cable is terminated with female MTP connectors on both ends with APC polish, and twelve single-mode fibers. The cable is built in a “reversed” configuration, also referred to as Method B....

This patch cable is terminated with female MTP connectors on both ends with APC polish, and twelve single-mode fibers. The cable is built in a “reversed” configuration, also referred to as Method B. These cables are custom made - Exchanges or refunds are NOT possible. MTP/MPO is a registered trademark of US Conec Ltd.

This patch cable is terminated with female MTP connectors on both ends with APC polish, and twelve single-mode fibers. The cable is built in a “flipped” or “crossed pair” configuration, also...

This patch cable is terminated with female MTP connectors on both ends with APC polish, and twelve single-mode fibers. The cable is built in a “flipped” or “crossed pair” configuration, also referred to as Method C. These cables are custom made - Exchanges or refunds are NOT possible. MTP/MPO is a registered trademark of US Conec Ltd.

Fiber pigtails are designed for fusion splicing in fiber optic enclosures. This pigtail includes a partial outer jacket to help protect the tight buffer fibers but can easily be removed if a tighter...

Fiber pigtails are designed for fusion splicing in fiber optic enclosures. This pigtail includes a partial outer jacket to help protect the tight buffer fibers but can easily be removed if a tighter bend radius is required or there is a lack of space in your spice tray. This LC pigtail is available in single-mode UPC, multimode OM1, OM3 & OM4

These LC terminated fiber pigtails are ideal for fusion splicing in fiber optic enclosures. They come without a jacket, giving a tighter bend radius than jacketed fibers. This pigtail comes in a...

These LC terminated fiber pigtails are ideal for fusion splicing in fiber optic enclosures. They come without a jacket, giving a tighter bend radius than jacketed fibers. This pigtail comes in a choice of single-mode, OM3, and OM4.

Fiber pigtails are designed for fusion splicing in fiber optic enclosures. This pigtail includes a partial outer jacket to help protect the tight buffer fibers but can easily be removed if a tighter...

Fiber pigtails are designed for fusion splicing in fiber optic enclosures. This pigtail includes a partial outer jacket to help protect the tight buffer fibers but can easily be removed if a tighter bend radius is required or there is a lack of space in your spice tray. This SC pigtail is available in single-mode, OM1, and OM3 modes.